Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
6286625 | Progress in Neurobiology | 2012 | 31 Pages |
Abstract
⺠L-type calcium currents play fundamental roles in neurons, cardiac cells and the immune system. ⺠They are often involved in pacemaker activity, control of firing rates, gene expression and pathological states. ⺠Modeling of these currents may include voltage- and calcium-dependent processes. ⺠Extensive tables of the properties of L-type channels including subtypes are given. ⺠There is a need for experimental data on the properties of L-type channels in native cells at physiological calcium levels.
Keywords
MIDLVASNCAHCMAGNRTmotoneuronDRNmedialDRGsympSMMAuditory hair cellsVWAvon Willebrand factor AVDIsino-atrialEGTAHEKCDIDCNdorsal root gangliongamma-aminobutyric acidCalcium-induced calcium releaseMEDlaterodorsalBAPTATetralogy of Fallotsubstantia nigrasubstantia nigra pars compactaCNSSympatheticDopamineserotonergicBrugada syndromecentral nervous systemSkeletal musclesmooth muscle dorsal Calcium-dependent inactivationVoltage-dependent inactivationSONPurkinje fibercorticalNeuronal modelingmagnocellularMidbrainVentricular myocyteAtrial myocyteRenal failureknockoutNeuronwild-typeNucleus reticularis thalamiSupraoptic nucleusdorsal raphe nucleusdorsal cochlear nucleushigh-voltage activatedPacemakerDisulphide bondHVAChromaffinhuman embryonic kidneyLow-voltage activatedCICRCORTInferior colliculusGABA
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Authors
Henry C. Tuckwell,